All known planets orbit the Sun so harmoniously that the entire Universe is believed to
behave in a rhythmical and fractal way. Titius–Bode law is the main theoretical tool for …

In this paper, a Logarithmic Spiral based Magneto-Electric (LSME) dipole antenna for 5G
communication is proposed, fabricated, and experimentally validated. Design is simple and …

A new fractal curve along with its iterative function system based on Koch curve is proposed
and used for the miniaturization of Fibonacci spiral antenna (FSA). This curve possesses …

This paper presents the design and simulation of a nature inspired fibonacci sequence
based golden spiral super-ultra wideband microstrip antenna. The antenna has a compact …

This study proposes a unique methodology of reducing the footprint of logarithmic spiral
antenna with the help of suitably scaled fractal known as modified Koch curve. In this …

This manuscript presents a first time reported logarithmic spiral dielectric resonator antenna
(LS-DRA) which is a low-profile, compact, super-wide band and circularly polarized …

This paper discusses recently reported Fibonacci spiral and Koch fractals to reduce the
footprint of a logarithmic spiral antenna (LSA). The Fibonacci spiral has been used to …

This paper demonstrates a novel approach to miniaturize equiangular spiral antenna using
fractals. The antenna is approximated using Fibonacci sequence and its behavior is studied …

Various types of antennas with fractal geometry have high frequencies and considerably
high bandwidths of up to 20 GHz. However, modern applications with low latency and high …

In this paper we present the design and simulation of a self-complementary (SCA) Ultra-
Wideband (UWB) antenna. The basic structure of this antenna uses the Fibonacci sequence …